Our Capability
Electronic Products
Injection molding enables the production of durable, lightweight, and precisely shaped plastic components used in a wide range of electric products, from connectors to protective housings and switches.
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Electronic Connectors
Injection molding for electronic connectors often uses high-temperature engineering plastics and precision mold technologies like multi-cavity molds and insert molding to ensure tolerances and excellent insulation.
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Electrical Box
Injection molding for electrical boxes utilizes technologies like hot runner systems, gas assisted molding, and flame retardant materials to achieve strong, lightweight, and safety compliant enclosures.
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Lighting Components
Injection molding for plastic light components often uses optical-grade materials, precision molds, and technologies like two-shot molding and ultrasonic welding to ensure clarity, durability, and seamless assembly.
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Electric Overmolding
Injection molding in electric overmolding uses insert molding, low-pressure molding, and precision temperature control to encapsulate electronic components, providing insulation, strain relief, and enhanced durability.
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Our
Expertise
High quality electronic accessories and electrical products are essential to our daily life as technology advanced. In order to achieve sustainability, the design and application of plastic parts used in plastic covers, housings, and internal components is lighter, stronger, and more compact.
At VDAC, we apply engineering plastics—materials known for their strength, light weight, corrosion resistance, and excellent insulation. These plastics have become the go-to choice for many electronics and electrical manufacturers, often replacing traditional metals like steel. Operating under ISO 9001 standards, VDAC is committed to delivering high-quality, dependable tooling and molded parts for the electronics and electrical industry.
Our Experience
VDAC has produced molds and parts for electric and electronics applications, including sockets, connectors, wiring components, and more—using advanced technologies like overmolding to enhance insulation, durability, and structural integrity.
